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particle English
Meaning particle meaning
What does particle mean?
Definitions in simple English
particle
particle
Synonyms particle synonyms
What other words have the same or similar meaning as particle?
particle English » English
Topics particle topics
What do people use particle to talk about?
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What words indicate that there is a small amount of something?a little a bit of a small amount of trace trickle dab an element of a touch of a hint of taste of dearth grain hair inappreciable inconsequential inconsiderable infinitesimal insignificant iota limited minimum minute mite moderate modest modicum ounce particle poor scant scanty scintilla shred slight smidgen some speck spoonful suggestion suspicion tidbit tinge tiny trifle whit
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What words refer to types of grammatical words?
Examples particle examples
How do I use particle in a sentence?
Simple sentences
It is of great significance in this experiment to accelerate the particle M in the horizontal direction.
He does not have a particle of honesty in him.
Many authentic nobles did not have a nobiliary particle in their names.
History is like Quantum Physics, the observer affects the event observed. Is the Kennedy assasination a particle or a wave?
This particle turns a noun into a verb.
The Higgs boson has been called the God particle.
I become a transparent eyeball; I am nothing; I see all; the currents of the Universal Being circulate through me; I am part or particle of God.
Is light a wave or a particle?
A positron is a small particle similar to an electron, but with a positive electric charge.
The Large Hadron Collider is the world's largest particle accelerator.
Movie subtitles
Not a particle of sense in it.
If you like, I'll try to inspire in you a precious particle of faith.
Nothing definite, no promises, but a rich thing, a particle of something - very precious.
It's faith, precious particle - something he has by him.
We'll uncover the secret of matter and use the energy within each particle of dust.
Use the energy of each particle of dust.
Why a particle of sunlight can't even be seen or measured.
Here's the particle, sir.
There's a microscopic radioactive particle inside.
If it's no military secret, how can a sub run on a microscopic particle?
But once the reactor's been miniaturised, a microscopic particle should put out enough energy to activate it.
That blip we're picking up might only be a radioactive particle.
Every particle of energy has been sucked out of it.
Strong particle concentration.
And my opinion of him and what he represents hasn't changed a particle.
Uncover the secret of matter. Use the energy of each particle of dust.
Mr Richards, with gold at 240 shillings per fine ounce, that particle, estimating its value at, uh,.025, would entail a loss of approximately six shillings.
If we abandon the smallest particle of it to outsiders, our position will soon come to naught.
I don't think it makes a particle of difference.
Allow me to tell Mrs. throughout my constitution there one particle of that animal.
Not a particle?
Not even one particle.
Now you're willing to condone a further deception by passing off Running Wolf as the Wringle boy when there's not a particle of proof he is.
The discovery of a new particle is a momentous event.
A simultaneous fractional irradiation and particle-beam shock is very rare.
Mark? - Not a particle of sense in it.
Vacuum every particle around the seat that this woman occupied.
There's a microscopic radioactive particle inside. Nothing big enough to be seen with the naked eye.
If it's no military secret, how ca a sub run on a microscopic particle?
Well, they can't reduce nuclear fuel. But once the reactor's been miniaturized along with the submarine, a microscopic particle should put out enough energy to activate it.
Particle density decreasing.
Life contains a particle of risk.
Every business has a particle of risk.
Particle acceleration, it's the only answer.
News and current affairs
But consider that, according to the OECD, every year nearly one million people die from fine-particle outdoor air pollution.
In particle physics and cosmology we are now on the verge of solving problems that have confounded science since antiquity: what are the ultimate blocks of matter?
During the earliest moments after the creation of the universe in the Big Bang 12 billion years ago, the universe was extremely small and dense and the laws of physics governed perhaps only one kind of particle and one force.
If the predicted particle does not appear, a series of theoretical abstractions will be questioned - and become open to replacement by radically different alternatives.
If the experiment finds the predicted particle, it will tilt the argument toward form.
What if it was proven, through a particle collision, that a true balance required three sides instead of two?
They suggested that a type of particle exists that had never been detected; it was eventually named in honor of the British physicist Peter Higgs.
Now, following research conducted at CERN, the sprawling particle-physics laboratory near Geneva, the hunt may soon be over.
At first blush, the idea behind the Higgs particle sounds outlandish.
Higgs and his colleagues suggested that every elementary particle really is massless, just as the mathematical models require, and hence all particles would ordinarily zip around at the speed of light.
But suppose that everything around us - every single particle in the universe - is immersed in a huge, unseen vat of Higgs particles.
To produce such a particle in the laboratory requires revving up protons to nearly the speed of light and smashing them together, which the Large Hadron Collider at CERN accomplishes trillions of times per second.
First, they must identify patterns in the debris that could have come from the production and rapid decay of a Higgs particle.
On the other hand, if you view the electron as a point particle, how are you to imagine something without a radius spinning?
To cure the point-particle pathologies, physicists invented modern field theories, with impressive names such as quantum electrodynamics.
If so, a whole new world of particles will be discovered: each currently known particle will have a heavier relative - its superpartner - with different, but predictable, properties.
Einstein's theory not only describes our universe, from the Big Bang to black holes; it has also taught physicists the relevance of geometry and symmetry - lessons that spread from particle physics to crystallography.
The electromagnetic field of a particle that passes through a double slit can pass through both slits at once.
Others are looking for violations of certain symmetries that could enable normally forbidden particle decays, unexplained noise in gravitational wave detectors, or inexplicable loss of quantum coherence.
The recent discovery of the Higgs boson was the culmination of a programmatic experimental effort to confirm a theoretical idea, proposed in the 1960s, that lies at the foundation of the standard model of particle physics.
Finding what was, until then, just a theoretical prediction required one of the largest and most complex scientific undertakings ever attempted: the creation of the particle accelerator, the Large Hadron Collider, near Geneva.
It has given us quantum chromodynamics, which resolves the central problem of nuclear physics, as well as predicting the Higgs particle and much else.